Main control intelligent lamp

Abstract

An embodiment of the invention provides a main control intelligent lamp. The main control intelligent lamp mainly comprises a controller and a sensor unit; the sensor unit comprises a human body infrared sensor, a microwave sensor and a sound sensor; and the controller performs a comprehensive judgment according to an electric level signal transmitted by the human body infrared sensor, an electrical signal transmitted by the microwave sensor and a sound signal transmitted by the sound sensor, obtains whether a person is in external environment, and obtains state information of the person. The main control intelligent lamp can actively perceive whether the person is in the external environment, person states such as whether the person is active, and image, video, brightness, sound, gas, temperature, humidity, touch and other information of the external environment, and the main control intelligent lamp can achieve accurate perceptions of states of the person and the external environment, so electric control operation, for example, lamp light, an air-conditioning and an exhaust fan are started or closed, can be intelligently and accurately performed according to an actual condition of the external environment.

Description

technical field [0001] The invention relates to the field of smart home technology, in particular to a master-controlled smart lamp. Background technique [0002] At present, the "intelligence" of existing smart light bulbs and smart lights is controlled by mobile phones, and the use of grafted mobile phone control does not conform to the "home" usage scenario and deviates from the user's existing habits of using home products. . More importantly, the existing smart home products cannot accurately perceive the status of people and the environment at low cost, and cannot perform precise intelligent automatic control. Moreover, existing smart home products cannot carry out self-learning of the user's living habits and the location of the device, so as to achieve personalized automatic control for different users. [0003] At present, human body infrared sensors are often installed in existing home appliances such as smart light bulbs, but these human body infrared sensors ca...

AI Technical Summary

Problems solved by technology

More importantly, existing smart home products cannot accurately perceive the state of people and the environment at low cost, and cannot perform precise intelligent automatic control

Moreover, the existing smart home products cannot carry out self-learning of the user's living habits and the location of the device, so as to achieve personalized automatic control for different users

[0003] At present, human body infrared sensors are often installed in existing home appliances such as smart light bulbs, but these human body infrared sensors can only detect people with moving objects, and cannot detect human status such as "no one in the room" and "inactive characters". Accurate judgment, so it is impossible to accurately turn off the lights automatically, and all adopt the delayed turn off strategy

Such products are only suitable for occasions where users stay temporarily, and cannot be placed in areas where users stay for a long time, such as bedrooms, living rooms, etc.

Existing lighting products cannot check the status of home appliances such as smart light bulbs through mobile devices such as mobile phones, and perform remote turn-on or turn-off operations

[0004] The existing electrical switch operation requires the actual contact between the user's finger and the switch. When the user has water on his hand, there will be a potential safety hazard of electric shock when operating the electrical switch.

No user option for non-contact operation to operate electrical switches

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